David Doermann

Research Scientist Emeritus
Education: 
Ph.D., University of Maryland (Computer Science)
Biography: 

David Doermann is a research scientist emeritus in the University of Maryland Institute for Advanced Computer Studies.

He is a leading researcher in document image analysis and recognition, focused on improving how we process and understand visual information. Doermann’s work has a global impact, enhancing the use of documents in driving business processes in the digital age.

Publications

1995


Dori D, Doermann D, Shin C, Haralick R, Phillips I, Buchman M, Ross D.  1995.  The representation of document structure: A generic object-process approach. CAR-TR-785

1994


Doermann D, Varma V, Rosenfeld A.  1994.  Instrument Grasp: AModel and its Effects on Handwritten Strokes. Pattern Recognition. 27(2):233-245.

Etemad K, Doermann D, Chellappa R.  1994.  Document page decomposition by integration of distributed soft decisions. International Conference on Neural Networks.
:4022-4027.

Doermann D, Rosenfeld A.  1994.  Recovery of Temporal Information from Static Images of Handwriting. International Journal of Computer Vision. 52(1-2):143-164.

1993


Doermann D, Furuta R.  1993.  Image based typographic analysis of documents. Document Analysis and Recognition, 1993., Proceedings of the Second International Conference on.
:769-773.

Doermann D, Rivlin E, Weiss I.  1993.  Logo Recognition. CS-TR-3145

Doermann D, Rosenfeld A.  1993.  The processing of form documents. Document Analysis and Recognition, 1993., Proceedings of the Second International Conference on.
:497-501.

1992


Varma V, Doermann D.  1992.  Modeling of a Grasp for Handwriting. Proceedings of the Twenty-Third Annual Modeling and Simulation Conference.
:2133-2140.

Doermann D, Rosenfeld A.  1992.  Temporal clues in handwriting. Pattern Recognition, 1992. Vol.II. Conference B: Pattern Recognition Methodology and Systems, Proceedings., 11th IAPR International Conference on.
:317-320.

Doermann D, Varma V.  1992.  Simulating Pressure Variations in Handwriting. Proceedings of the Twenty-Third Annual Modeling and Simulation Conference.
:2141-2148.

1991

1990

Pages